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I work with our business and marketing teams to plan and actively engage at our customer and public events, help target the right audience for the events, and bring new programs to our business teams, especially AI and startup programs.

I get to do applied AI, so while were not solving problems on an algorithmic AI level, we get to work on changing the AI landscape as it pertains to enterprise customers.

This includes not only cultural changes for their businesses, but also the technical changes, especially at a data level, such as how to make the data available to everyone in the company so that we can build these AI solutions with them.

I also do many volunteer activities, such as mentoring AI startups, speaking at conferences and customer events, and being active on social media about AI, specifically on the hashtags #AI4good and #AI4earth.

I manage a team, work on growing my team members in their careers, work with our customers at the executive level, hear and help them solve their problems, speak at conferences, work with our internal teams on internal and external AI education, and, of course, make sure that my team…

Rev. deep-learning system that can sift gravitational wave signals from background noise has been created by physicists in the UK.

One neuron reveals how likely it is that the raw data contain a signal while the other, conversely, describes the likelihood of it containing just noise.

Training weights – Initially the neurons weights are set randomly and the system is trained by exposing it to a series of sample data sets, half of which consist of a gravitational-wave signal from binary black-hole mergers covered by Gaussian noise while the other half contain Gaussian noise only.

The probability values computed by the system in each case are compared with the (known) data type signal or noise and the degree of error is then used to adjust the neuron weights layer by layer in a process called back propagation.

Such data, they point out, can contain what are known as glitches noise that can mimic a signal as well as purely Gaussian more – – – – – LIGO detects first ever gravitational waves from two merging black holes – – – – – – Rory Smith of Monash…